- Thanks to PoE, no additional power supply unit necessary
- Remote monitoring of RF systems such as transmitting facilities or coaxial networks
- Fast detection and localization of faults
- Real-time data monitoring via web browser
- Easy integration into M&C systems via SNMP and HTTP/JSON interface
- Data recording to internal memory, visualization via web interface, download as csv file
- Display of measured values, IP address and user defined device and port names on LCD display
- Alarm function
*illustrations similar
KU PM BB 001800 B
Test and Measurement Real-time monitoring Long term monitoring API interface
- Thanks to PoE, no additional power supply unit necessary
- Remote monitoring of RF systems such as transmitting facilities or coaxial networks
- Fast detection and localization of faults
- Real-time data monitoring via web browser
- Easy integration into M&C systems via SNMP and HTTP/JSON interface
- Data recording to internal memory, visualization via web interface, download as csv file
- Display of measured values, IP address and user defined device and port names on LCD display
- Alarm function
*illustrations similar
Lead time on request
| Input return loss | typ. 10 dB |
| Frequency range | 10 ... 8000 MHz |
| Number of channels | 2 Channels |
| Dynamic range | -65 ... 0 dBm |
| Maximum RF-input power | 10 dBm |
| RF-connectors | SMA-Female / 50 Ohms |
| Samplerate | 1 Sample/s |
| Supply voltage | 5 V |
| DC-Connector | USB-C |
| Supply voltage PoE | 44 ... 57 V |
| Operating temperature | -0 ... +40 °C |
| Dimensions (mm) | 115 x 80 x 42 |
| Weight | 260 g |
The KU PM BB 001800 A is a RF power meter covering the frequency range from 10 MHz to 8 GHz. It features 2 independent measurement channels, which cover a dynamic range from -65 to 0 dBm. The device is designed for standalone use as well as for operation in monitoring systems. The measured values are displayed directly on the device, but can also be accessed over Ethernet. In the web interface, the values can be displayed in real time or saved over a longer period of time and exported as a CSV file. For integration into monitoring systems it is also possible to query the data using the SNMP interface or via HTTP in JSON format.
Furthermore, alarm thresholds can be configured in the device.
Thanks to PoE, no additional power supply unit necessary.
Furthermore, alarm thresholds can be configured in the device.
Thanks to PoE, no additional power supply unit necessary.
- No additional power supply unit necessary (PoE)
- Remote monitoring of RF systems such as transmitting facilities or coaxial networks
- Fast detection and localization of faults
- Real-time data monitoring via web browser
- Easy integration into M&C systems via SNMP and HTTP/JSON interface
- Data recording to internal memory, visualization via web interface, download as csv file
- Display of measured values, IP address and user defined device and port names on LCD display
- Alarm function
- Tests and measurement
- Real-time monitoring
- Long term monitoring
- API interface
